Abstract
In this paper, flux transfer events from the Sun to the Earth are represented as an electrical frequency. The Earth’s inner core is modeled as a motor armature and the mechanical speed is calculated from the frequency of flux transfer events. The speed of the inner core creates a centripetal acceleration at the center of the Earth that is much higher than ever thought possible. The synchronous speed is the speed of the electromagnetic field that orbits or rotates around the Earth. All electrical machines have a rotating electromagnetic field that establishes the synchronous speed. Gravity is a centripetal acceleration derived from the synchronous speed of the electromagnetic field. The mechanical speed is somewhat less based on slip, which ranges from 1% to 10% for the electrical machine we call Earth. Flux transfer event from the Sun to the Earth is what powers the machine. By adjusting for the altitude distance, from the inner core to the surface of the Earth, a value of 9.806 m/s2 is calculated. The very nature of gravity has been discovered and explained using electrical equations and classical physics. There are only three forces of nature: electromagnetic, strong nuclear and weak nuclear.
Highlights
Dr Walter Elsasser, expanded on the work of Sir Joseph Larmor to advance the dynamo theory
This paper explores Earth’s iron core acting as a constant speed armature based on a solar system’s flux transfer event period of approximately every 7.1 minutes
Gravity is a centripetal acceleration derived from the inner iron core rotation, which acts as a motor armature
Summary
Dr Walter Elsasser, expanded on the work of Sir Joseph Larmor to advance the dynamo theory. Elsasser was the first to describe and picture the Earth as a Faraday disc: a most basic electric motor. I shall attempt to build on their work, as well as my own, and advance the electrodynamic theory of gravity [1]. This paper explores Earth’s iron core acting as a constant speed armature based on a solar system’s flux transfer event period of approximately every 7.1 minutes. Flux transfer events were originally reported to occur every 8 minutes
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